Made using silicone rubber or polyethylene, the overhead line cover can be installed without disassembling the cables. The rubber has characteristics of lightness, ultraviolet light (UV light) resistance, extreme weather resistance, abrasion resistance, and tracking resistance. The covers are designed as snap-in type which can be easily installed by just pressing to buckle the parts without any tools.

• In a place with dense branches, if there is an overhead line passing by, there is a possibility of branches falling on the cable. This accident may cause a short circuit of the overhead line, resulting in a power outage. Our insulation sleeve can easily solve the issue by buckling the cover to the cable position where the branch frequently falls onto. By doing this, the particular section of the cable will be well protected, which can avoid the occurrence of short-circuit accidents.
• The snap-in silicone overhead line cover is used in the overhead lines of the railway system to improve its insulation performance and prevent the occurrence of short-circuit accidents. It can also effectively solve the insulation protection problems of overhead wires for electrical busbars.
• Due to the design of the electric railway, the insulation performance of the transmission post insulators will deteriorate, which will bring numerous potential hazards to the safety of the railway operation. Therefore, it is necessary to install some insulation protection devices at the insulators, and our silicone overhead line cover can meet these needs.

• Our silicone overhead line cover adopts a unique radiation cross-linked material, which has excellent weather resistance and insulation performance.
• The snap-in type design is safe and reliable, and the installation is simple. To complete the installation, you just need to buckle the two ends together without any tools.
• Our product is also used for emergency maintenance on site and temporary insulation of equipment protection. The existence of overhead line cover enabled to increase the creepage distance and further improved the insulation performance.